Torre com tomadas AS Schwabe 18221 com 8 tomadas, cabo de 2,0 m, função de carregamento Qi sem fios integrada, preto

AS Schwabe 18221 is a tower-style power strip with eight AC sockets and a 2.0 m power cable, featuring an integrated Qi wireless charging pad. The vertical design reduces tabletop clutter and concentrates power outlets in a compact footprint, allowing wired devices to plug in around the tower while compatible smartphones and accessories charge wirelessly on the built-in pad. The black finish suits home office desks, living rooms and shared workspaces where multiple devices require reliable mains power and convenient wireless charging.

Advantages

The tower delivers eight grounded AC sockets in a single unit, providing space for several plug-in devices without needing multiple extension cords. The integrated Qi wireless charging area supports cable-free charging for compatible phones and accessories, simplifying desk setup. A 2.0 m power cable offers flexible placement relative to wall outlets, and the upright layout minimizes occupied desk surface area. The design combines standard mains power distribution and wireless charging in one device for typical home and office needs.

Suitable for

Key specifications

How to use

Place the tower on a stable, flat surface and route the 2.0 m mains cable to a suitable wall outlet. Plug in the tower and connect electrical devices to the available AC sockets. For wireless charging, place a Qi-compatible smartphone or accessory centrally on the integrated pad; charging will start automatically when the device and pad align and the tower is powered. Ensure plugs and devices are fully inserted and that ventilation around the tower is not obstructed.

Recommendations

Use the tower on indoor, dry surfaces and avoid covering vents or placing heavy objects on top. Verify device compatibility before wireless charging and position smartphones on the pad so the charging coils align. Do not exceed the total load rating of connected devices and distribute high-draw appliances across outlets to prevent overloading.